def total_sky(self,
radiance_parameters=radiance_parameters,
fixed_radiance_parameters='-aa 0.0 -I -c 1 -faf',
sensor_count=sensor_count,
sky_matrix=sky_matrix,
sky_dome=sky_dome,
sensor_grid=sensor_grid,
scene_file=octree_file,
bsdf_folder=bsdfs):
return [{
'from': DaylightCoefficient()._outputs.result_file,
'to': 'total_sky.ill'
}]
def total_sky(
self,
name=grid_name,
radiance_parameters=radiance_parameters,
fixed_radiance_parameters='-aa 0.0 -I -c 1 -faf',
sensor_count=sensor_count,
sky_matrix=sky_matrix,
sky_dome=sky_dome,
sensor_grid=mirror_the_grid._outputs.base_file,
conversion='0.265 0.670 0.065', # divide by 179
scene_file=octree_file):
return [{
'from': DaylightCoefficient()._outputs.result_file,
'to': 'shortwave/initial_results/total_sky/{{self.name}}.ill'
}]
def ground_reflected_sky(
self,
name=grid_name,
radiance_parameters=radiance_parameters,
fixed_radiance_parameters='-aa 0.0 -I -c 1',
sensor_count=sensor_count,
sky_matrix=sky_matrix,
sky_dome=sky_dome,
sensor_grid=mirror_the_grid._outputs.mirrored_file,
conversion='0.265 0.670 0.065', # divide by 179
output_format='a', # make it ascii so we expose the file as a separate output
header='remove', # remove header to make it process-able later
scene_file=octree_file):
return [{
'from': DaylightCoefficient()._outputs.result_file,
'to': 'shortwave/results/reflected/{{self.name}}.ill'
}]
def total_sky_spec_shade_group(
self,
grid=grid_name,
group=group_name,
radiance_parameters=radiance_parameters,
fixed_radiance_parameters='-aa 0.0 -I -c 1 -faf',
sensor_count=sensor_count,
sky_matrix=sky_matrix,
sky_dome=sky_dome,
sensor_grid=sensor_grid,
conversion='0.265 0.670 0.065', # divide by 179
scene_file=octree_file):
return [{
'from':
DaylightCoefficient()._outputs.result_file,
'to':
'shd_trans/initial/{{self.group}}/total_sky/{{self.grid}}.ill'
}]
def ground_reflected_sky_shade_group(
self,
grid=grid_name,
group=group_name,
radiance_parameters=radiance_parameters,
fixed_radiance_parameters='-aa 0.0 -I -c 1',
sensor_count=sensor_count,
sky_matrix=sky_matrix,
sky_dome=sky_dome,
sensor_grid=ref_sensor_grid,
conversion='0.265 0.670 0.065', # divide by 179
output_format='a', # make it ascii so we expose the file as a separate output
header='remove', # remove header to make it process-able later
scene_file=octree_file):
return [{
'from':
DaylightCoefficient()._outputs.result_file,
'to':
'shd_trans/final/{{self.grid}}/{{self.group}}/reflected.ill'
}]
def test_daylight_coefficient():
function = DaylightCoefficient().queenbee
assert function.name == 'daylight-coefficient'
assert isinstance(function, Function)